Energy Project

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Thermodynamics examines the relationship between temperature, work, and energy. At NATRAD, we focus our research on a specific material: the thermoelectric generator (TEG) module. This module responds to both hot and cold temperatures, enabling it to convert temperature differences into electrical energy. We aim to deepen our understanding of TEG applications while applying thermodynamic principles to explore various methods for advancing alternative energy conversion technologies. To do so, we achieve this by studying existing research and applying our understanding to conduct experiments using TEG modules to develop trial-and-error models known as the TEG System: Model. When successful, this technology has the potential for applications in various uses that will benefit both humanity and the environment, including further advancement in modern technology, advancement of space exploration, and enhanced power generation for small or large applications, etc. While we do not expect to solve the energy crisis on our own, we recognize the importance of collaboration and expertise within communities. We aim to inspire our generation to work together in addressing this challenge through awareness and action and to motivate future generations to continue this vital work throughout their lives.